Design and Performance Validation of a High-Flow Water Disinfection Module.pdf
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A Study on the Performance of an Oral Disinfector Based on UV-C LED Disinfection Technology.pdf
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AIP Paper-Investigation of MBE grown high Al concentration AlGaN ohmic contact.pdf
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Application of UV-C LED Technology in Air sterilizer Sterilization and Odor Removal(2).pdf
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Application of UVC-LED technology in surface disinfection cabinets.pdf
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Experimental study on deep ultraviolet-C LED disinfection device for often-touch surfaces.pdf
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GaN high electron mobility transistors with a breakdown voltage over 2500V.pdf
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GaN_Power_HEMT_with_Breakdown_Voltage_gt800_V_Grown_by_MBE.pdf
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Impact of Thermally Conductive Adhesive Film on the Thermal Reliability of Multi-Chip COB LED.pdf
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Journal of Optics and Photonics Research-Development of Deep Ultraviolet LED Packaging.pdf
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Light_Output_Efficiency_of_Surface-Mount_Lamp_Beads_Based_on_New_Solid-Liquid_UV_Encapsulation.pdf
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P-epitaxial_Layer_Thickness_and_P-side_Metal_Reflection_on_the_Luminous_Power.pdf
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Performance Evaluation of a High-Efficiency Water Disinfection Module.pdf
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Performance Study of UV-C LED Water.pdf
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Proceedings of the 8th International Symposium on Water Resource.pdf
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Semiconductor Laser Packaging Technology.pdf
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Single-field-plate GaN HEMTs achieving 2400 V breakdown voltage and 106%... .pdf
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Size Dependence of Ultrafast Electron Transfer from Didodecyl.pdf
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Spherical vs. Plane Lenses for Enhanced DUV-LED Performance and Wine Aging.pdf
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Study on the Effect of Intermittent UV-C Irradiation on Fruit Preservation.pdf
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Conventional UVC LEDs (265–280 nm) produce almost no ozone. Only deep ultraviolet light with wavelengths <240 nm (e.g., 185 nm) excites oxygen to generate ozone. Most UVC LED products are ozone-free and safer.
Traditional mercury lamps offer high power and low cost but contain mercury, require warm-up time, have short lifespans, and are fragile. UV LEDs are mercury-free, start instantly, have long lifespans (10,000–50,000 hours), small size, shock resistance, and are more environmentally friendly and safe. LEDs are expected to replace mercury lamps in the future.
UV sterilizers are used to inactivate microorganisms in water, air, and on surfaces without chemical residues. They are suitable for drinking water, air purification, medical devices, food processing, and other scenarios, providing physical and eco-friendly disinfection.
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